Compare brepkit performance and functionality against the reference kernel.
npx skills add https://github.com/andymai/brepkit --skill parity-benchmarking
Please help me install this Agent Skill. Skill: parity-benchmarking Source: https://github.com/andymai/brepkit/tree/main/.claude/skills/parity-benchmarking Command: npx skills add https://github.com/andymai/brepkit --skill parity-benchmarking
This Skill is designed to ensure that brepkit's performance and functionality are on par with the reference kernel, enabling accurate comparisons and validations.
Run the parity benchmarking skill to compare brepkit's performance against the reference kernel.
High-intent search queries and answers about installing and using this skill.
To benchmark CAD kernel performance parity, you compare operational speed and accuracy results between your kernel and the reference. This Skill validates that brepkit operations match the reference kernel's performance metrics and output reliability.
Parity verification checks that brepkit operation results exactly match the reference kernel outputs. It ensures computational accuracy and feature reliability before releasing new versions, confirming that all geometric operations perform comparably across both kernels.
You need to run CAD kernel performance benchmarking before releasing new software versions to verify reliability. This ensures that updated brepkit features maintain expected speed and accuracy standards compared against the established reference kernel baseline.
Parity benchmarking works without external dependencies, using internal scripts and references. It independently measures brepkit functionality and performance metrics against the reference kernel to ensure robust operation validation within your development workflow.
The limitation of parity benchmarking is that it strictly compares brepkit against one specific reference kernel. It focuses on matching existing baseline operations, meaning it validates current feature parity rather than testing entirely new or unprecedented geometric functionalities.
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